The operating room behavior management system, based on IoT, RFID and automatic control technologies, deeply integrates sensing control demands with actual hospital workflows to build an intelligent control solution covering the whole process of personnel, materials and behavior management. Relying on intelligent hair/shoe dispensers, changing cabinets and recycling cabinets, it precisely controls the entry of operating room personnel and the distribution and recycling of clothes and shoes, facilitating hospital infection control and ensuring a safe and clean OR environment. Meanwhile, real-time monitoring and full traceability significantly reduce the loss of clothes, shoes and other materials and cut manual management costs, effectively improving material turnover efficiency and providing comprehensive support for hospitals to save operational expenses and realize refined management.

The OR behavior management system, precision manufacturing and reliable performance, builds an efficient, safe and clean operational guarantee system for operating rooms. It integrates intelligent shoe and clothing dispensers with multi-authentication support, enabling 2-second quick dispensing, improved retrieval efficiency and inventory alerts. The intelligent recycling machine realizes contactless recycling and full-box reminders for safe waste disposal; the intelligent changing and shoe cabinet adopts a high-safety self-developed electric control lock for durability and stability, and its grid intelligent distribution mechanism optimizes management workflows. The full product line meets medical-grade standards with stable performance, laying a solid reliable foundation for OR material.

Powered by intelligent technology, the system seamlessly integrates with the surgical scheduling system via automatic identity recognition (supporting one-card, facial recognition, etc.), precisely controlling personnel access and preventing unauthorized entry into restricted areas. Driven by intelligent devices and RFID technology, clothing and shoes are automatically dispensed and recycled for fast pick-up and return. The intelligent allocation of clothing and shoe lockers supports fixed and mobile use combinations, reducing resource idle rate. All usage behaviors are auto-recorded for full-process traceability. It also features emergency operation capabilities during power and network outages, ensuring stable and reliable system operation under abnormal conditions, and delivering a comprehensive, intelligent and safe closed-loop solution for OR management.

Building on core behavior management, the system further expands to caregiver scheduling, self-service, on-time case start, and equipment charging management, enabling full OR intelligent collaboration. It integrates seamlessly with the surgical anesthesia system, auto-coordinating nursing tasks and supporting dispatch/grab modes to boost work efficiency; streamlines personnel identity management and permission allocation via self-service terminals; tracks and analyzes medical staff's changing, case start and other nodes in real time to improve on-time start rates. Meanwhile, intelligent charging cabinets enable centralized charging, access and traceability management of mobile devices. The collaborative operation of these extended functions significantly elevates OR operational efficiency, management precision and digitalization level.

The system significantly improves the operational efficiency and management level of the operating room through intelligent control and closed-loop management of the entire process. Effectively shorten preoperative preparation time, significantly reduce clothing wear and labor costs, and save 30% of procurement costs; By seamlessly integrating facial recognition, RFID and other technologies with the scheduling system, precise personnel access and behavior tracing can be achieved, reducing the incidence of adverse events by 99% and effectively controlling the risk of infection. At the same time, the system analyzes real-time data on changing clothes, opening tables, and material usage to provide reliable basis for management decisions, comprehensively improving the safety, transparency, and overall efficiency of operating room operations.